Mathematical restoration models, in particular, total variation-based models can easily lose fine structures during image denoising. In order to overcome the drawback, this article introduces two strategies: the non-convex (NC) diffusion and the texture-free residual (TFR) parameterization. A non-standard numerical procedure is suggested and its stability is analyzed to effectively solve the NC diffusion model which is mathematically unstable. It has been numerically verified that the resulting algorithm incorporating the NC diffusion and TFR parameterization is able to not only reduce the noise satisfactorily but also enhance edges effectively, at the same time
Many fields of study use images to make discoveries about the past, decisions for the present and pr...
Traditional nonlinear filtering techniques are observed in underutilization of blur identification t...
In this paper a novel approach to the problem of edge preserving smoothing is proposed and evaluated...
AbstractAnisotropic diffusion is used for both image enhancement and denoising. The Perona-Malik mod...
In this paper a new partial differential equation based method is presented with a view to denoising...
Abstract: This article is concerned with the method of diffusion modulation, which can be applied fo...
When denoising with the method of Weickert's anisotropic diffusion equation, a lot of textures ...
Abstract—In this letter we propose to denoise digital color im-ages via an improved geometric diffus...
We introduce a convex non-convex (CNC) denoising variational model for restoring images corrupted by...
We study an inhomogeneous partial differential equation which includes a separate edge detection par...
none2A nonlinear diffusion based image denoising technique is introducted.noneBarbu T.; Favini A.Bar...
AbstractIn this paper we present a convection–diffusion equation for processing image denoising, edg...
In this paper we propose a new image smoothing and edge detection technique that employs a combinati...
Among various kinds of image denoising methods, the Perona-Malik model is a representative Partial D...
This article is concerned with effective numerical techniques for partial differential equation (PDE...
Many fields of study use images to make discoveries about the past, decisions for the present and pr...
Traditional nonlinear filtering techniques are observed in underutilization of blur identification t...
In this paper a novel approach to the problem of edge preserving smoothing is proposed and evaluated...
AbstractAnisotropic diffusion is used for both image enhancement and denoising. The Perona-Malik mod...
In this paper a new partial differential equation based method is presented with a view to denoising...
Abstract: This article is concerned with the method of diffusion modulation, which can be applied fo...
When denoising with the method of Weickert's anisotropic diffusion equation, a lot of textures ...
Abstract—In this letter we propose to denoise digital color im-ages via an improved geometric diffus...
We introduce a convex non-convex (CNC) denoising variational model for restoring images corrupted by...
We study an inhomogeneous partial differential equation which includes a separate edge detection par...
none2A nonlinear diffusion based image denoising technique is introducted.noneBarbu T.; Favini A.Bar...
AbstractIn this paper we present a convection–diffusion equation for processing image denoising, edg...
In this paper we propose a new image smoothing and edge detection technique that employs a combinati...
Among various kinds of image denoising methods, the Perona-Malik model is a representative Partial D...
This article is concerned with effective numerical techniques for partial differential equation (PDE...
Many fields of study use images to make discoveries about the past, decisions for the present and pr...
Traditional nonlinear filtering techniques are observed in underutilization of blur identification t...
In this paper a novel approach to the problem of edge preserving smoothing is proposed and evaluated...